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BibTeX entry

@ARTICLE { philipona:04b,AUTHOR="Philipona, D. and O Regan, J.K. and Nadal, J.-P. and Coenen, O. J.-M. D.",JOURNAL="Advances in Neural Information Processing Systems",TITLE="Perception of the structure of the physical world using multimodal unknown sensors and effectors",VOLUME="16",YEAR="2004",}

BibTeX entry

@INPROCEEDINGS { pachet:99l,ADDRESS="Beijing, China",AUTHOR="Pachet, F. and Delerue, O.",BOOKTITLE="Proceedings of ICMC 1999",PAGES="272-275",PUBLISHER="ICMA",TITLE="MusicSpace: a Constraint-based Control System for Music Spatialization",YEAR="1999",}

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BibTeX entry

@INPROCEEDINGS { pachet:98g,ADDRESS="Trento, Italy",AUTHOR="Pachet, F. and Delerue, O.",BOOKTITLE="Proceedings of International Workshop on Knowledge Representation for Interactive Multimedia Systems",TITLE="Annotations for Real Time Music Spatialization",YEAR="1998",}

Abstract

We develop multimedia technology for
enriching the music listening experience. We
propose a system - MidiSpace - in which
users may listen to music while controlling in
real time the localization of sound sources,
through a simple interface. We introduce the
problem of mixing consistency, and propose a
solution based on a constraint propagation
mechanism. The proposed system contains
both an authoring mode, in which sound
engineers may specify spatialization
constraints to be satisfied, and a listening
mode in which listeners can modify the
localization of sources under the supervision
of a constraint solver that ensures the
spatialization always satisfies the constraints.
We describe the architecture of the system
and report on experiments done so far.